Weight
87g
Thickness
5.8mm
Plies
7-ply
Head Size
156x150
Handles
FL
Material
Hybrid
Head Shape
Standard
Balance
Balanced
Telson CNF
Loki Telson CNF is a modern offensive blade designed for players who demand speed without sacrificing touch. It integrates Cellulose Nano Fiber (CNF) technology to enhance power and dwell time while preserving a classic woody feel. The 7-ply hybrid construction, featuring a Koto outer layer, supports a fast, spin-oriented attack game, making it ideal for aggressive loopers and drivers who value control and direct feedback.
The blade features a symmetrical 7-ply construction. It starts with a hard Koto outer layer for spin and feel, followed by a layer of CNF fiber. Next are Ayous wood plies, a lightweight Kiri wood core, then another Ayous ply, another CNF layer, and finally the outer Koto ply. This 5-wood + 2-CNF stack is designed to combine wood's feel with the power and elasticity of modern fibers.
TT Sensei Ratings
✦Our expert analysis of this blade's performance characteristics
Loki Telson CNF delivers significant speed, fitting its OFF+ classification. The CNF fiber layers contribute to a high rebound effect, enabling powerful loops and fast counter-attacks. While very fast, it manages this pace without feeling overly harsh, providing a responsive platform for aggressive play.
For an offensive blade, the Telson CNF offers remarkable control. The CNF technology aids in ball retention and dampens vibration, which translates to precise touch in the short game and confidence during fast rallies. Players find it provides controlled power, allowing for aggressive shots without sacrificing placement.
Despite its composite layers, the blade retains a distinctly woody and direct feel. The Koto outer ply provides a crisp, medium-hard touch that offers excellent feedback on both soft touches and powerful drives, contributing to great ball sensation.
The combination of the Koto outer ply and the elastic CNF layers promotes a medium-high throw angle. This is ideal for generating heavy, arcing topspin loops and effective drives in an offensive playstyle.
A key benefit of the CNF technology is improved ball retention. This longer dwell time allows players to impart heavy spin more effectively and provides a greater sense of control during looping and brushing strokes.
The blade offers a balanced flexibility. The CNF layers add a degree of elasticity compared to a stiff carbon blade, providing a catapult effect for power while maintaining enough directness for precise shot-making.
The CNF fibers effectively dampen vibrations, resulting in a comfortable and stable feel on impact. This reduction helps create a larger perceived sweet spot and reduces harshness, even on off-center hits.
Craftsmanship on the Telson CNF is consistently praised. The blade features excellent finishing with smooth, well-polished surfaces, and the integration of the CNF fibers with the wood plies feels professional and durable. It's a well-made tool built for serious play.
Technology
Loki Telson CNF utilizes exclusive Cellulose Nano Fiber (CNF) technology. These advanced fibers are integrated into the blade's core structure to enhance performance in key areas. The CNF aims to increase flexibility and ball dwell time for better spin, while simultaneously reducing unwanted vibration for a cleaner feel. This technology seeks to deliver the speed and power of modern composites but wrapped in the tactile, responsive feedback traditionally associated with high-quality wood blades, creating a unique balanced feel for aggressive play.
Similar Blades
Butterfly Viscaria
The Loki Telson CNF is often discussed alongside blades like the Butterfly Viscaria due to their shared hybrid nature and offensive orientation. While the Viscaria uses Arylate-Carbon (ALC) for its composite layer, the Telson employs CNF technology. Both aim to deliver a potent mix of speed, spin, and control, making them suitable for similar aggressive, looping styles. The key difference lies in the feel: the CNF in the Telson aims for a more woody, elastic sensation compared to the crisp, distinct feedback of ALC.